In Liu Feng's microcosm, it was indeed found that there was a hadron composed of 6 quarks and gluons, but the energy value of this hadron was about 22GeV, not between 15GeV ~ 20GeV as inferred by Ding Lao.

However, there was nothing he could do about it, and he could only watch the experiment continue.

After all, do you want him to pat his chest and say to Ding Lao, your calculation is wrong, and the energy area of this hadron I calculated is correct, but my calculation method just can't tell you?

Who are you?

Yang Zhenning and Li Zhengdao didn't dare to talk to Ding Lao like this.

In short, if people don't believe it, let's not say it, even if they really believe it, I'm afraid it's too late.

There is no turning back from the start of the project, like this kind of large-scale experiment, the parameters have been set several days in advance, most of the funds and manpower have been invested, and now it is modified, all the previous work has been abandoned, therefore, even if it is wrong, this experiment must be carried out to the end, the right is to accumulate experimental data, maybe, there can be unexpected discoveries!

In this regard, Liu Feng still feels very sorry, he has invested tens of millions of dollars before, if he does it instead, under the right medicine, I am afraid it is really a pity......

Thinking of this, he shook his head regretfully.

It's just that while expressing regret for this, he is also secretly surprised.

Ding Lao's theoretical model is only 2 GeV away from the correct result, and it is really difficult to be able to calculate this step. You must know that since the establishment of Mr. Yang's standard model theory, it is the first time that someone has been able to deduce the computational model to this point, so Ding Lao is worthy of being the leader of the high-energy physics community after Yang Zhenning and Li Zhengdao!

Anyway, it would be absolutely impossible for Liu Feng to let him not rely on his abilities to calculate the energy area of these hadrons!

……

As the conversation between the two continued, all the instruments had been reported, and Ding Lao's expression finally became solemn.

"Let's go!"

Finally, in the midst of all the attention, Ding Lao gave an order and personally started the experiment start procedure.

In an instant, the tense nerves of everyone in the laboratory relaxed.

They have all done their best, and the success or failure of the experiment can only depend on the will of God.

In the Collision Laboratory, the Positron Collider is up and running according to parameters that had been set a few days ago.

The electrons produced by the electron gun, and the positrons produced by the electron targeting, are accelerated to 1.5 billion electron volts in the accelerator, fed into the storage ring, and then in the storage ring, the positive and negative electrons move in opposite directions at 2.2 billion electron volts, close to the speed of light, and finally collide continuously at 1.25 million times per second.

At the same time, at this time, the Beijing spectrometer, which has tens of thousands of data channels, is like tens of thousands of eyes, observing the secondary particles produced by the collision in real time, and transmitting all the experimental data to the computer by itself, of course, the focus of attention is naturally in the energy region of 15GeV~20GeV.

The reason why it is said that success or failure depends on luck, of course, there is also a reason.

Because the new particles produced by the collision of high-energy positrons and negatives occupy only a very small part of the entire huge particle flow, and in terms of the number of effective times, there are only a few valuable collisions per second! In addition, the existence time of these new particles is very short, generally within tens of seconds or even a few seconds, a few microseconds, and a few picoseconds, so it is not so easy for the detector to capture these moments.

Sometimes, the reason why these new particles can be discovered is because the detector happens to record the data, and in fact, it is not the kind of ...... that the experimenter himself wants

Speaking of which, the preparatory work of the experiment takes several days or even ten and a half months, and some even take several months, and at the same time, the personnel working around the collision experiment are not a thousand people but dozens or hundreds of people, but the real start of the experiment to the release of the experimental data only took more than half an hour, and as for the staff in it, there are only a dozen people responsible for real-time monitoring.

This really shows what it means to be 'one minute on stage, ten years off stage'!

In this regard, Liu Feng also secretly smacked his tongue, he didn't expect such a high-end and high-grade experiment to be completed in less than an hour!

……

Then it's time to process the experimental data, and this is the biggest part of the experiment!

Of course, with so much data, Mr. Ding is naturally not something that Mr. Ding can complete alone, and it also requires the joint efforts of dozens or hundreds of people.

The particle energy region observed by the Beijing spectrometer is very large, from 0.5GeV to 50GeV, but speaking of which, its specialty is actually between 2GeV ~ 5GeV.

Because, this energy region is exactly equal to the mass of two quarks or two τ leptons, and relatively, this part of the positron and negative electron collider is also called τ-can, at the beginning of the design, the observation brightness (that is, sensitivity) of the Beijing spectrometer in this energy region is 10 times ~ 100 times that of other energy regions.

But it's a pity that this time the particles that Professor Ding wants to look for are between 15GeV ~ 20GeV, which can't give full play to the maximum effect of the Beijing spectrometer, but it is also within the observation range of the spectrometer.

The experimental data was obtained as soon as possible, and Ding Lao then began to distribute the data.

The first is the most critical data energy area.

Ding Lao's two assistants were assigned data between 10GeV~15GeV and 20GeV~25GeV, which were near the inferred results, while Ding Lao's own allocation was naturally the data between the 15GeV~20GeV energy regions he inferred.

Then there's the other data that's not so important.

In fact, these data are not so important, but surprises often unfold in these unimportant places, and at least half of the results of the previous collision experiments were found in the energy regions outside these estimates.

As a 'talent' recommended by Academician Wang Yifang, Liu Feng is of course honored to get a piece of the pie.

Under the recommendation of Academician Wang, Ding Lao naturally also read his paper on the intermittent and fractal research of the positron collider, and he also found that this kid has a good ability in the processing of experimental data, plus he himself likes to exercise newcomers, so he naturally generously handed over the experimental data with a wide 5GeV energy region to Liu Feng.

"Xiao Liu, from the experimental data of 30GeV~35GeV, I'll trouble you!"

Although he regretted that it was not the experimental data of about 22GeV that he wanted, Liu Feng still nodded with satisfaction.

He is a novice rookie, and people don't think he is 'despicable', and he has been given such a heavy responsibility, what else can he ask for? After all, he is not a figure like Zhuge Liang, Wolong and Wolong, and he has already been sung by the world before he is a fledgling.

"Okay, Professor, I'll get the data done as soon as possible!"

"Well, if you don't understand anything, you can ask your senior brother Wen, or you can ask your teacher Xiao Wang, it's really not good, you can also get it to me, 3 days later, all the data will be brought to me to summarize, how about it, is there a problem?"

"Don't worry, Professor, no problem!"

……

In this way, the experimental results were 'divided', and the data of other energy regions were also distributed by Ding Lao to others in the laboratory.

As a result, the experiment was officially announced.

Everyone is doing their own thing, whether it's staying in the lab or going back to where to work on the data, in short, they're all going about their business.

Liu Feng also packed up his things, said goodbye to Professor Ding for the time being, and returned to the dormitory alone.